In the world of social media, there's a popular saying: "No picture, no truth." While this may sound casual, it highlights a growing trend in our digitally connected society—visual evidence is becoming more important than ever before. Devices like cameras, dashcams, and surveillance systems are now widely used in both personal and industrial settings, driving the need for reliable visual documentation.
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In reality, video recordings are part of daily life in many ways. Although dashcams aren't yet standard in all vehicles, drivers often install them later to protect themselves from false accusations or to capture incidents such as traffic accidents or reckless driving. Motorcyclists and cyclists also use cameras—not just for entertainment, but as a way to collect evidence in case of collisions with cars.
Even in professional fields, video recording has become increasingly common. First responders, especially police officers, are equipped with body cameras to document events and ensure they follow proper procedures when dealing with incidents. These recordings serve as proof for internal oversight and legal proceedings.
All these scenarios share one key challenge: poor lighting conditions make it difficult to capture high-quality video. Many incidents that require police involvement occur in areas with low light, bright glare, or other adverse conditions—such as dark streets, sunny days, or foggy environments. These factors can severely impact video clarity.
To improve video quality, camera technology must evolve to handle extreme lighting situations. Technically, this means supporting high dynamic range (HDR) recording, which allows for better detail in both bright and dark areas of a scene.
Fortunately, one of our latest digital image sensors is designed to excel in such conditions. The AR0239 is a 1/2.7-inch, 2.3 megapixel CMOS sensor with an effective pixel array of 1936H x 1188V. It delivers sharp images even in challenging lighting, such as strong glare or low-light environments.
The AR0239 supports HiSPi/MiPi interfaces and offers excellent low-light performance, improved near-infrared (NIR) quantum efficiency, and the ability to capture high dynamic range scenes. With a frame rate of up to 90 fps, it can record fast-moving objects clearly in 1080p video. Its 3 μm x 3 μm back-illuminated (BSI) pixels, powered by ON Semiconductor’s DR-Pix™ technology, offer about 21% better sensitivity and 10% higher QE compared to earlier models. The sensor also includes features like binning, arraying, and an on-chip analog-to-digital converter (ADC), making it easy to integrate into 10-bit or 12-bit architectures.
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